A vision of a better Biology!




Our team is consist of the biomedical engineering experts

Research and Lab

We research on the Cell-mechanics , cellular mechanical structure , nonlinear modelling of the biological phenomena

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Biomechanics is the study of how biological systems, such as humans, animals, and plants, interact with their physical environment. This field combines principles from physics, engineering, and biology to understand the mechanical behavior of living organisms and the structures that support them. Biomechanics has a broad range of applications, including sports performance, injury prevention, medical device design, and rehabilitation.

One of the key areas of biomechanics research is human movement analysis. Researchers use motion capture technology and other tools to track the movements of the body during various activities, such as walking, running, jumping, and throwing. By analyzing these movements, researchers can better understand the mechanics of the human body and develop strategies for improving athletic performance or preventing injuries.

Biomechanics is also important in the design and development of medical devices, such as prosthetics and implants. Engineers and scientists use biomechanical principles to design devices that can support and enhance the biomechanical function of the body. For example, a prosthetic limb may be designed to mimic the natural movement of a missing limb, while an implant may be designed to integrate seamlessly with the surrounding tissue and bone.

In addition to sports and medical applications, biomechanics also has implications for environmental and agricultural systems. For example, researchers may study how plants respond to external mechanical forces, such as wind or water flow, in order to develop more efficient and sustainable agricultural practices. Biomechanics can also help us understand how animals move and interact with their environments, which can have implications for conservation efforts and animal welfare.

Overall, biomechanics is a diverse and interdisciplinary field that has many practical applications in areas ranging from sports and medicine to agriculture and environmental science. By studying the mechanics of biological systems, researchers can develop new technologies and strategies for improving human health and wellbeing, enhancing athletic performance, and protecting the natural world around us.

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